List of annexes


Provider Satellite Radiances



Download 1.1 Mb.
Page5/8
Date02.02.2017
Size1.1 Mb.
#15376
1   2   3   4   5   6   7   8

Provider Satellite Radiances


monitored

Radiances assimilated

AMVs

monitored

AMVs

assimilated

CMA FY-2D/2E No No Yes no




Roshydromet Elektro-L

N1

No No No No



ISRO INSAT-3D No No Yes No

EUMETSAT Meteosat-7 Yes Yes Yes Yes

There is no experience on the ROSHYDROMET products as Elektro-L N1 is currently not imaging.

The CMA FY-2E Atmospheric Motion Vectors have been assimilated experimentally. Regarding the ISRO INSAT-3D AMVs, initial indications are that the winds are of good quality.
Regarding inter-calibration with other satellites, the Global Space based Inter- Calibration System (GSICS) is the forum where these activities are developed.
A summary of the capabilities of the main CGMS partner satellite systems is contained in Annex I and II, these tables were updated during CGMS-42. These tables and the table in Section 3 have also been distributed to partners prior to CGMS-43. It is expected that the information contained in the tables will also be consolidated during the Working Group III meeting.

  1. POSSIBLE EUMETSAT CONTRIBUTION TO CONTINUATION OF IODC SERVICES

Based on the EUMETSAT analysis of the CGMS partners’ capacities presented in section 4 and on bilateral discussions held with international partners, EUMETSAT presented a possible scenario for the continuation of the IODC services beyond 2016 to its Council in November 2014.


This scenario would be to rely in the future on the operational capability provided by ISRO (INSAT-3D at 82°E and INSAT-3DR / DS at 74°E) and by CMA (FY-2E and

follow-on at 86.5°E). Such a constellation would become available by the end of 2015,


once FY-2E has been repositioned at 86.5°E. Once Elektro-L N2 is launched and successfully commissioned, this could also be added to the overall constellation.


In addition, in the 2016 timeframe, Meteosat-8 might be repositioned around 40°E, to support the acquisition of images in the Western part of the Indian Ocean. This intermediate position would overlap with other satellites, maximising opportunities of cross-calibration, and increasing the robustness/resilience of the IODC mission thanks to international cooperation.
Should Meteosat-8 be relocated to 40°E, then the DCS, currently using Meteosat-7 could easily be moved to Meteosat-8.
The EUMETSAT Council agreed that EUMETSAT further study the relocation of Meteosat-8 to 40°E, with the understanding that the remaining Meteosat satellites are capable of supporting the EUMETSAT Baseline operational services. In the nominal MSG-4 schedule, such a decision by the EUMETSAT Council can be expected in June 2016.


  1. PROPOSED CGMS IODC SCENARIO AND TIMELINE

Based on the above, EUMETSAT is proposing to CGMS a scenario and a timeline for IODC services after 2016 with associated actions. This scenario is proposed for endorsement under the following assumptions.


Assumptions:


  • FY2-G is successfully commissioned in 2015

  • MSG-4 is successfully launched and commissioned in 2015 (N.B. this assumption has been fulfilled with the successful commissioning of MSG-4 on 16 Dec 2016, as Meteosat-11)

  • EUMETSAT Council approves the relocation of Meteosat-8 to 40°E in 2016

  • Elektro-L N2 is successfully launched and commissioned in 2015


Proposed scenario


Satellite

Location

Image

Products

DCS

Meteosat-8

40°E

Yes

Yes

Yes (International)

INSAT 3D

74°E

Yes

Yes

Yes (regional)

Elektro-L N2

77.8°E

Yes

Yes

Yes (regional)

FY2-E

86.5°E

Yes

Yes

Yes (regional)

Dissemination of CGMS Satellite data and products via EUMETCast and the GTS. Further Meteosat-8 data access mechanisms for CGMS partners will be discussed during the WG III meeting.


Proposed timeline



Download 1.1 Mb.

Share with your friends:
1   2   3   4   5   6   7   8




The database is protected by copyright ©ininet.org 2024
send message

    Main page